aCERT - Academic Credential Verification

Overview

I led the development of aCERT, a web application designed to solve the persistent problem of academic credential verification using blockchain technology. This project explored how Web3 technologies can be applied to create tamper-proof, decentralized systems for educational institutions and employers to verify academic achievements securely.

Technical Approach

System Architecture

Frontend: Built a responsive React-based web application for intuitive credential management
Backend: Implemented Express.js server for handling application logic and API endpoints
Blockchain: Deployed smart contracts on Ropsten Testnet using Truffle for credential verification
Full Stack: Created a complete MERN stack solution integrated with Web3 functionality

What I Worked On

Smart Contract Development: Designed and deployed blockchain contracts for secure credential storage
Web3 Integration: Connected the React frontend with Ethereum blockchain for credential verification
User Experience: Created intuitive interfaces for uploading, storing, and verifying academic documents
Security Implementation: Ensured tamper-proof credential verification through blockchain immutability

Results

The project successfully delivered:

A fully functional web application that securely handles academic credential verification
Smart contracts deployed on Ropsten Testnet demonstrating blockchain integration capabilities
A seamless user experience that bridges traditional web development with Web3 technologies
A proof-of-concept showing how blockchain can solve real-world credential verification challenges

Why This Matters

Academic credential fraud is a significant issue affecting educational institutions and employers worldwide. By leveraging blockchain technology, aCERT demonstrates how decentralized systems can provide transparent, tamper-proof verification while maintaining privacy and security. This project showcases the practical applications of Web3 technologies beyond cryptocurrency.